Method for providing on-demand digital representations to mobile devices in other geographic locations

ABSTRACT

A request is received from a mobile device located in a first geographic location for an image displaying a second geographic location. Mobile devices are geolocated and those located within a predetermined distance from the second geographic location are identified. A description of the desired image is delivered to each such identified such mobile device, whereupon the desired image is received from at least one such identified mobile device and forwarded to the requesting mobile device.

FIELD AND BACKGROUND OF THE INVENTION

The present invention relates to method for providing on-demand digitalrepresentations to mobile devices in other geographic locations and,more particularly, to a method and system in which a mobile device userin one location can request and receive an image of a second location bysubmitting the request to a host computer which geolocates mobiledevices in the second location and forwards a description of therequested image to mobile devices located within a predetermineddistance of the second location.

SUMMARY OF THE INVENTION

According to the present invention there is provided a method forproviding an on-demand digital representation of a geographic locationincluding, at a host computer: (a) receiving from a requesting mobiledevice located in a first geographic location a request for a digitalrepresentation depicting a second geographic location; (b) geolocating aplurality of providing mobile devices and identifying a subset of theplurality of providing mobile devices which are located within apredetermined distance from the second geographic location; (c)delivering to at least one such identified providing mobile device adescription of the requested digital representation; (d) receiving fromat least one such identified providing mobile device a digitalrepresentation which satisfies the request; and (e) forwarding thereceived digital representation to the requesting mobile device.

Preferably the method includes: (f) if no digital representation isreceived in response to the delivering of the description, repeatingsteps (b) through (c) until a termination condition is satisfied, thetermination condition including receipt of the digital representation orexpiration of a deadline; (g) upon receiving the request from therequesting mobile device, performing a computerized search through asearchable collection of digital representations for a digitalrepresentation which satisfies the request; and (h) upon receiving thedigital representation from one of the identified providing mobiledevices, adding a copy of the received digital representation to asearchable collection of digital representations. Preferably the digitalrepresentation is a photograph depicting the second geographic location,or a video depicting the second geographic location.

According to the present invention there is further provided anon-transitory computer readable storage medium having computer readablecode embodied thereon, the computer readable code for providing an ondemand digital representation of a geographic location including: (a)program code for receiving from a requesting mobile device located in afirst geographic location a request for a digital representationdepicting a second geographic location; (b) program code for geolocatinga plurality of providing mobile devices and identifying a subset of theplurality of providing mobile devices which are located within apredetermined distance from the second geographic location; (c) programcode for delivering to at least one such identified providing mobiledevice a description of the requested digital representation; (d)program code for receiving from at least one such identified providingmobile device a digital representation which satisfies the request; and(e) program code for forwarding the received digital representation tothe requesting mobile device.

Preferably the medium includes: (f) program code for: if no digitalrepresentation is received in response to the delivery, repeating steps(b) through (c) until a termination condition is satisfied; (g) programcode for: upon receiving the request from the requesting mobile device,performing a computerized search through a searchable collection ofdigital representations for a digital representation which satisfies therequest; and (h) program code for: upon receiving the digitalrepresentation from one of the identified providing mobile devices,adding a copy of to the received digital representation to a searchablecollection of digital representations.

According to the present invention there is further provided anon-transitory computer readable storage medium having computer readablecode embodied thereon, the computer readable code for providing an ondemand digital representation of a geographic location including: (a)program code for receiving from a host computer a request for a digitalrepresentation depicting a first geographic location located within apredetermined distance from a current location of the medium, therequest originating from a requesting mobile device in a secondgeographic location; and (b) program code for sending to the hostcomputer in response to the request a digital representation depictingthe first geographic location which satisfies the request.

Preferably the medium includes: (c) program code for allowing a user todefine a max distance for providing digital representations, and wherethe predetermined distance is the max distance as defined by the user.

According to the present invention there is further provided a serverincluding: a processor and a non-volatile memory, operationally coupledto the processor, on which is stored executable code readable by theprocessor, the code including instructions that when executed by theprocessor causes the server to provide an on demand digitalrepresentation of a geographical location by: (a) receiving from arequesting mobile device located in a first geographic location arequest for a digital representation depicting a second geographiclocation; (b) geolocating a plurality of providing mobile devices andidentifying a subset of the plurality of providing mobile devices whichare located within a predetermined distance from the second geographiclocation; (c) delivering to at least one such identified providingmobile device a description of the requested digital representation; (d)responsive to the delivering of the description, receiving from at leastone such identified providing mobile device a digital representationwhich satisfies the request; and (e) forwarding the received digitalrepresentation to the requesting mobile device.

Preferably the code includes instructions for: (f) if no digitalrepresentation is received in response to the delivery, repeating steps(b) through (c) until a termination condition is satisfied; (g) uponreceiving the request from the requesting mobile device, performing acomputerized search through a searchable collection of digitalrepresentations for a digital representation which satisfies therequest; and (h) upon receiving the digital representation from one ofthe identified providing mobile devices, adding a copy of the receiveddigital representation to a searchable collection of digitalrepresentations.

BRIEF DESCRIPTION OF THE DRAWINGS

Various embodiments are herein described, by way of example only, withreference to the accompanying drawings, wherein:

FIG. 1 is a high level diagram illustrating the present invention;

FIG. 2 is a flow chart illustrating an exemplary method of implementingthe present invention on a host computer;

FIG. 3 is a high level partial block diagram of an exemplary hostcomputer and UE which are configured for the present invention;

DESCRIPTION OF THE PREFERRED EMBODIMENTS

The principles and operation of a method and system for on demanddigital representations to mobile devices in other geographic locationsaccording to the present invention may be better understood withreference to the drawings and the accompanying description.

Referring now to FIG. 1, a user operating a User Equipment (UE) 200sends a request to a host computer 100 for a location-specific photo orvideo, including a description of the target object or location. By“location-specific” we mean the object of the photo or video is aspecific location or target object. Preferably UE 200 is a mobilecomputing device such as a smartphone, tablet, laptop, PDA, etc.Preferably UE 200 has an attached camera for capturing photo and video.Preferably UE 200 is capable of being geolocated by host computer 100.Methods of geolocating mobile devices such as UE 200 are well known inthe art. For example, a mobile device may be geolocated by a hostcomputer using the mobile device's integrated GPS receiver, bytriangulation techniques which measure cell phone transmissions tonearby base station antennae, or by the mobile device's Internet IPaddress and/or communications with wireless access points, or otherknown methods.

Host computer 100 receives a request for an image of a target object (orlocation) 7 from UE 200. “Image” can be either a still image or a movingimage, i.e. video. In one embodiment the request can also includedetails of the image sought, for example the viewing angle, distance,time-frame, number of images or any other specific requests. Hostcomputer 100 locates one or more mobile cameras 201 within apredetermined distance 5 from target object/location 7. In a preferredembodiment, mobile camera 201 is a UE with an integrated camera such asa smartphone, however any camera capable of receiving requests forimages is contemplated within the present invention. Mobile camera 201captures the requested image and sends it to host computer 100. Hostcomputer 100 forwards the image, or a download link thereto, to UE 200.

FIG. 2 describes an exemplary method performed on a host computer suchas host computer 100 of FIG. 1 according to a preferred embodiment ofthe present invention. First, a request for an image is received 10 froma user through a requesting UE (such as UE 200 in FIG. 1). In oneembodiment a map is displayed for the requesting user on the requestingUE, and the requesting user selects (for example by tapping on a touchscreen) a location on the map in order to describe the target locationof the request. In another embodiment the users describes the locationwith keywords (e.g. Eiffel Tower) or location (e.g. corner of Fifth andMain), in which case the keywords should describe the location withsufficient detail so as to allow the host computer to identify thetarget object/location with reasonably accuracy. If a location isselected on a map, the location coordinates corresponding to theselected region are transmitted to the host computer. If keywords areentered, the host computer may need to translate the targetobject/location described to corresponding geographical locationcoordinates. Next, in a preferred embodiment a searchable image database(which can be local or remote) is searched 20 for images tagged withkeywords and/or location coordinates matching the targetobject/location, and any other specific details as may be provided inthe request. If a matching image is found, a download link fordownloading the image is generated and forwarded 70 to the requestingUE.

If no match is found, a fulfillment request including a description ofthe required image and any specific details of the image sought is sent30 to one or more available providing UE (such as mobile camera 201 inFIG. 1) which are determined by geolocation to be located within thepredetermined distance from the target object/location. In oneembodiment, the predetermined distance is set globally by the hostcomputer. In another embodiment, the predetermined distance isindividually set by a providing UE prior to receiving requests forimages, for example by indicating in a user settings screen on the UEthe maximum distance the user of the providing UE is willing to travelto an object or location in order to capture an image for a requestingUE. In yet another embodiment, the predetermined distance is specifiedby requesting UE in the request. Preferably, UE are continually (orperiodically at regular predetermined intervals) geolocated in order toidentify suitably located providing UE, to which a fulfillment requestis then sent. Preferably the above steps are repeated until the desiredimage is acquired or the request is canceled. The request may becanceled by the requesting UE or by the host computer in the case whererepeat attempts to acquire an image in the above manner fail. In oneembodiment the request may be automatically canceled after theexpiration of a predetermined time limit or deadline for acquiring theimage.

In a preferred embodiment, UE which intend to deliver the requestedimage send a confirmation to the host computer prior to either capturingor uploading an image. Preferably such confirmation indicates awillingness to fulfil the request rather than a commitment orobligation. Preferably, after having received at least one suchconfirmation from at least one UE, host computer sends 40 the requestingUE notice of having received such confirmation. After having receivedthe first confirmation, the host computer may or may not continue tosend fulfillment requests to identified providing UE.

Next, a providing UE captures the requested image and uploads thecaptured image to the host computer. The host computer receives 50 theuploaded image, tags it using location coordinates and/or searchablekeywords and saves 60 the received image to a searchable image database.Finally, the host computer sends 70 to the requesting UE a download linkto the saved image.

FIG. 3 is a high-level partial block diagram of an exemplary hostcomputer 100 and UE 200 which are configured to implement the presentinvention. Only components of host computer 100 and UE 200 that aregermane to the present invention are shown in FIG. 3. In FIG. 3, UE 200is configured to perform the tasks of either a requesting UE or aproviding UE.

Host computer 100 includes one or more processors 102, a random accessmemory (RAM) 104, a non-volatile memory (NVM) 106, communication ports114, and input/output (I/O) ports 112 all communicating with each othervia a common bus 116.

In NVM 106 are stored operating system (O/S) code 108 and server-sideapplication code 110. Server-side application code 110 includes computerreadable executable code for implementing the host computer functions ofthe present invention such as those described above. Under the controlof O/S 108, processor 102 loads server side application code 110 fromNVM 106 into RAM 104 and executes server-side application code 110 inRAM 104, causing host computer 100 to perform host computer functionsfor providing on demand photos and videos to mobile devices as describedabove.

UE 200 includes one or more processors 202, a random access memory (RAM)204, a non-volatile memory (NVM) 208, a camera 205, communication ports214, and an input/output (I/O) port 218 all communicating with eachother via a common bus 224. I/O port 218 is in operative communicationwith a user interface 216 to display output (for example on a displayscreen) and receive input (for example through a touch capacitivedisplay screen). UE 200 may optionally include a geolocation receiversuch as a GPS receiver 220. In NVM 208 are stored operating system (O/S)code 210 and client-side application code 212. Client-side applicationcode 212 includes computer readable executable code for implementing theUE functions of the present invention such as those described above.Under the control of O/S 210, processor 202 loads client-sideapplication code 212 from NVM 208 into RAM 204 and executes client-sideapplication code 212 in RAM 204 causing UE 200 to perform UE functionsfor requesting and providing on demand photos and videos to mobiledevices as described above.

While the invention has been described with respect to a limited numberof embodiments, it will be appreciated that many variations,modifications and other applications of the invention may be made.Therefore, the invention as recited in the claims that follow is notlimited to the embodiments described herein.

What is claimed is:
 1. A non-transitory computer readable storage mediumhaving computer readable code embodied thereon, the computer readablecode for providing an on demand digital representation of a geographiclocation comprising: (a) program code for receiving from a host computera request for a digital representation depicting a first geographiclocation located within a predetermined distance from a current locationof said medium, said request originating from a requesting mobile devicein a second geographic location and; (b) program code for sending tosaid host computer in response to said request, a digital representationdepicting said first geographical location which satisfies said request.2. The medium of claim 1 further comprising: (c) program code forallowing a user to define a max distance for providing digitalrepresentations; wherein said predetermined distance is the max distanceas defined by said user.